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Commits : Listings

Analyzed 12 months ago. based on code collected 12 months ago.
Jan 18, 2023 — Jan 18, 2024
Commit Message Contributor Files Modified Lines Added Lines Removed Code Location Date
Added quantum fourier transform, also the inverse More... over 2 years ago
Changed the code to using templates to be able to plug in the vector and matrix classes used. Might use this to change to sparse implementations, although it's not as easy as plugging in Eigen::SparseVector and Eigen::SparseMatrix, since they have a different interface. More... over 2 years ago
Added more quantum gates (also not tested) More... over 2 years ago
Added controlled phase shift gate. Not tested yet. More... over 2 years ago
Steps 4 & 5: CNOT is implemented, also the two-qubits controlled gate. The code already handles 'arbitrary' number of qubits, so step 5 is also done. More... over 2 years ago
Merge branch 'master' of https://github.com/aromanro/QCSim More... over 2 years ago
Step 4: Grover's quantum search is implemented and seems to work ok More... over 2 years ago
Step 3: Grover's quantum search is implemented and seems to work ok More... over 2 years ago
Small optimization in computing tensor product More... over 2 years ago
Now simple quantum circuits work, step 2 is implemented More... over 2 years ago
Starting to implement quantum gates (part of the step 2 and also step 7, they will be already for an arbitrary number of qubits). More... over 2 years ago
Step 1 (out of 7 and then maybe more): Measure the n-qubits register. Fixed some things, added another option on how to set it, now it holds complex amplitudes and the correct number of states (2^N). More... over 2 years ago
A couple of skeleton classes, the register one has also some implementation. Next to follow, measurements on the register. More... over 2 years ago
First commit, just a console project that prints 'Hello Quantum World' More... over 2 years ago
Update README.md More... over 2 years ago
Initial commit More... over 2 years ago